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Within the intricate design of a Flue Gas Desulfurization (FGD) plant, the mixer emerges as a pivotal element, playing a crucial role in the plant's overall functionality. FGD plants are meticulously engineered to tackle the removal of sulfur dioxide (SO2) from flue gases discharged by power plants and industrial processes, contributing to environmental sustainability. At the heart of this operation lies the compact tank top entry mixer, an indispensable component facilitating the chemical reaction processes inherent in the FGD system.
The compact tank top entry mixers are strategically integrated into the FGD plant's framework, ensuring efficient and thorough mixing of chemicals involved in the desulfurization process. Their top entry design, characterized by its compactness, enhances the overall performance of the mixing operation within the designated tanks.
Key Features of Compact Tank Top Entry Mixers:
Efficient Mixing: The compact design of these top entry mixers ensures efficient and effective blending of chemicals critical to the desulfurization process.
Space Optimization: With their top entry configuration, these mixers optimize space utilization within the FGD plant, ensuring a streamlined and compact operational footprint.
Vertical Mixing Capability: The top-mounted agitator facilitates vertical mixing within the tanks, promoting uniform distribution of chemicals for an enhanced desulfurization reaction.
Reliability in Agitation: Compact tank top entry agitators offer reliability in agitation, contributing to the overall effectiveness and longevity of the FGD system.
In summary, the integration of compact tank top entry mixers in FGD plants exemplifies their significance in driving the chemical reaction processes crucial for sulfur dioxide removal. With their compact yet powerful design, these mixers underscore their importance in ensuring the efficiency and success of flue gas desulfurization operations in power plants and industrial settings.
Advantage
Using this equipment has many advantages, such as :
• Safety
• Reliability
• Process optimization
• Easy, cost effective and quick maintenanc
Agitator Specifications
Motor Brand | Optional （ABB / SEW / SIEMENS / Domestic high-quality ） |
Reducer Brand | Optional ( SEW / ABB / FALK / REXNORD / Domestic high-quality ) |
Motor Power | 0.37~110KW |
Dia. of Shaft | 30~500mm |
Length of Shaft | 200~30000mm |
Rotate Speed | 0.2~600rpm |
Impeller | Efficient traditional impeller |
Material | Carbon Steel, Nickel-base alloy, Duplex-and Super Duplex Steels, Titanium and Titanium alloys, Rubber Coatings, PO, PE, PP, PTFE |
Sketch
About KEHENG
JiangSu KeHeng Petrochemical & Electrical Machinery Co., Ltd was founded in 1989. It is a high-tech enterprise, specialized in Professional R&D, Design, Manufacture and Installation. Mainly engaged in Petrochemical Heating Furnace, Waste Heat Recovery System, Power Plant Desulfurization Equipment, Waste Water Treatment System, Mixer etc. Products sold all over China and exported to Southeast Asia, Europe, Africa, The Middle East, Japan, India, Kazakhstan, Turkey, and many other countries.
Within the intricate design of a Flue Gas Desulfurization (FGD) plant, the mixer emerges as a pivotal element, playing a crucial role in the plant's overall functionality. FGD plants are meticulously engineered to tackle the removal of sulfur dioxide (SO2) from flue gases discharged by power plants and industrial processes, contributing to environmental sustainability. At the heart of this operation lies the compact tank top entry mixer, an indispensable component facilitating the chemical reaction processes inherent in the FGD system.
The compact tank top entry mixers are strategically integrated into the FGD plant's framework, ensuring efficient and thorough mixing of chemicals involved in the desulfurization process. Their top entry design, characterized by its compactness, enhances the overall performance of the mixing operation within the designated tanks.
Key Features of Compact Tank Top Entry Mixers:
Efficient Mixing: The compact design of these top entry mixers ensures efficient and effective blending of chemicals critical to the desulfurization process.
Space Optimization: With their top entry configuration, these mixers optimize space utilization within the FGD plant, ensuring a streamlined and compact operational footprint.
Vertical Mixing Capability: The top-mounted agitator facilitates vertical mixing within the tanks, promoting uniform distribution of chemicals for an enhanced desulfurization reaction.
Reliability in Agitation: Compact tank top entry agitators offer reliability in agitation, contributing to the overall effectiveness and longevity of the FGD system.
In summary, the integration of compact tank top entry mixers in FGD plants exemplifies their significance in driving the chemical reaction processes crucial for sulfur dioxide removal. With their compact yet powerful design, these mixers underscore their importance in ensuring the efficiency and success of flue gas desulfurization operations in power plants and industrial settings.
Advantage
Using this equipment has many advantages, such as :
• Safety
• Reliability
• Process optimization
• Easy, cost effective and quick maintenanc
Agitator Specifications
Motor Brand | Optional （ABB / SEW / SIEMENS / Domestic high-quality ） |
Reducer Brand | Optional ( SEW / ABB / FALK / REXNORD / Domestic high-quality ) |
Motor Power | 0.37~110KW |
Dia. of Shaft | 30~500mm |
Length of Shaft | 200~30000mm |
Rotate Speed | 0.2~600rpm |
Impeller | Efficient traditional impeller |
Material | Carbon Steel, Nickel-base alloy, Duplex-and Super Duplex Steels, Titanium and Titanium alloys, Rubber Coatings, PO, PE, PP, PTFE |
Sketch
About KEHENG
JiangSu KeHeng Petrochemical & Electrical Machinery Co., Ltd was founded in 1989. It is a high-tech enterprise, specialized in Professional R&D, Design, Manufacture and Installation. Mainly engaged in Petrochemical Heating Furnace, Waste Heat Recovery System, Power Plant Desulfurization Equipment, Waste Water Treatment System, Mixer etc. Products sold all over China and exported to Southeast Asia, Europe, Africa, The Middle East, Japan, India, Kazakhstan, Turkey, and many other countries.
